Tag Archive for: Utah Geological Survey

It sounds like a bad joke: What has 29 Bars, 69 Devils, and 13 Heavens? Utah does. Those are part of the names of geographic features found throughout the state. The topic of interesting names was recently tackled by the Utah Geological Survey (UGS) in its “Glad You Asked” section of Survey Notes.

“Utah has more bars than Arizona, Nevada and Wyoming combined,” said Mark Milligan, a UGS geologist. Bars, in this case, are elongated ridges of sand, gravel or other sediment.

Utah beats other states by having ‘Wife’ in the name of two locations. Utah’s 69 Devils are trumped by God and Jesus, which total 1,163 combined. However, Hell is found 55 times, but Heaven only 13.

There are 104 ‘Strange’ names and 311 ‘Odd’ names in the United States, but surprisingly none are in the Utah. But Utah is swell having one of only 12 ‘Swell’ places across the U.S.

READ MORE

VIEW SURVEY NOTES

IN THE MEDIA

ksl.com

deseretnews.com

Geologic Information: The Devil seems to have inspired many geographic place names. According to the U.S. Board on Geographic Names, 34 geographic features bear the name Devils Kitchen, and three of them are found in Utah. The Devils Kitchen that is the subject of this “GeoSights” article is a relatively small (about 700 feet across) south-facing amphitheater exposing redrock hoodoos at the head of Red Creek in the Wasatch Range, about 14 road miles northeast of the town of Nephi in Juab County.

About 60 to 70 million years ago the rock at Devils Kitchen was gravel, sand, and mud deposited by streams flowing out of a now-long-gone mountain range. Continuing deposition resulted in deep burial which, coupled with deep time, compressed and cemented the sediment, transforming it into rock.

With its red hoodoos, Devils Kitchen looks a bit like a miniature Bryce Canyon. The mineral hematite (iron oxide) creates the red color.

Beginning roughly 17 million years ago, movement of the Wasatch fault slowly uplifted the Wasatch Range, with Devils Kitchen along for the ride. The rise of the Wasatch Range empowered erosion to excavate and expose the rock we see today.

READ MORE

For several years the Utah Geological Survey has outsourced research to improve understanding of Utah’s natural resources.

The purpose of this solicitation is to enter into a contract (or contracts) with a qualified individual or firm to provide geologic research on Utah’s: (1) oil and natural gas resource potential, (2) unconventional oil and gas resources such as tar sands and oil shale, (3) geothermal resources, (4) economic metals, (5) industrial minerals, and (6) geologic studies that will improve understanding of Utah’s geologic resources.

The goal of this work is to sustain development through diversification of energy, metal, and mineral, supplies and mitigate the impacts of boom – bust cycles. It is anticipated that this solicitation may result in several contracts being awarded. The Utah Geological Survey anticipates awarding up to eight individual contracts at a maximum $25,000 each. Lower cost proposals will be welcomed.

The deadline for submission of proposals is 4:00 p.m. on Friday, May 27, 2011.

READ MORE

VIEW PDF HERE

The Utah Geological Survey (UGS) has made its ground-water monitoring data available to the public through its new Ground-Water Monitoring Data Portal; with just a few simple clicks you can track water level trends in wells, and flow rates from springs in Snake Valley and adjacent areas.

Or, if your interest is in landslide potential this spring, you can find out what the water levels are in wells in and near landslides along the Wasatch Front. Users can easily find wells and springs using a map interface, view graphs of the data, and download graphic or tabular data in several formats.

The UGS has made the information available, in part due to the large amount of interest in proposed water-development projects in Snake Valley in west-central Utah and east-central Nevada. The ground-water levels, which have been continuously monitored by the UGS since 2007, have declined in areas of current pumping, suggesting that use is presently at or near the maximum sustainable rate for the region and that if pumping rates increase in the future, the rate of water-level decline would likely increase.

READ MORE

VIEW IT HERE

kcsg.com

Beautiful Bear Lake is called “the Caribbean of the Rockies” because of its vivid turquoise-blue water, but why is Bear Lake so Blue? A new booklet published by the Utah Geological Survey answers this and 16 other commonly asked questions about the lake.

The 41-page booklet is filled with dozens of photographs, maps, and figures. It contains information on geology, biology, hydrology, weather, recreation, history, the Ice Age, the modern and prehistoric connection to the Bear River, and laws and regulations governing the use of the lake. Those with a keen eye might even spot the mysterious Bear Lake Monster hidden within its pages.

In addition to its scenic splendor, Bear Lake is a scientific wonder. It is Utah’s deepest and one of North America’s oldest lakes, older than Great Salt Lake, older than the Great Lakes. Bear Lake’s great age makes it a history book of past climates and environments, a hot topic as of late. For this reason the lake was recently the subject of intensive scientific study. Cores drilled in lake-bottom mud show a continuous record back some 250,000 years, but the lake-bottom mud continues beyond what the deepest core (393 feet) could penetrate, and the lake is likely twice that old, perhaps even several million years old. Why is Bear Lake So Blue? highlights this and other findings of the study.

READ MORE

GET IT HERE

MORE INFO

ksl.com

Water watchers worried about wells in Snake Valley — the focus of a controversial plan to pump water from an aquifer that straddles the Utah-Nevada border — can with just a few clicks track water level trends out in Utah’s Great Basin region.

The Utah Geological Survey is making its ground-water monitoring data available online for Snake Valley and adjacent areas as well as the water level in wells near landslides along the Wasatch Front.

Users can find wells and springs using a map interface, view graphs of the data and even download graphic data in several formats.

Critics fear taking the water will drawn down the aquifer, jeopardizing the needs of area water users, which include ranchers and farmers in Utah.

A press release by the survey said it has made the information available in part due to a groundswell of interest in a proposed water-development project in Snake Valley, which straddles the border of western Utah and eastern Nevada.

READ MORE

MORE INFO

deseretnews.com

With moisture-laden soil across the state receiving fresh bursts of precipitation this week, it’s not just floods that loom as a threat for Utahns, but mudslides as well.

“It’s not too soon to say there are potential problem areas,” said Rich Giraud, senior geologist with the Utah Geologic Survey’s geologic hazards program.

April is typically the month along the Wasatch Front for slide activity, but Giraud said there have already been some problems reported, with slides in North Salt Lake and on transportation corridors such as I-80 at Parleys Summit.

READ MORE

MORE INFO

heraldextra.com

The recent earthquakes and tsunamis in other parts of the world have made some people along the Wasatch Front wonder if they are ready for a natural disaster in their own community. Many have checked their emergency kits, food storages and even building foundations in preparation.

In Cedar Hills, there is a different worry involving a recurring landslide, with the latest occurrence in August 2005 that caused the evacuation of many homes and families.

As part of precautions, the Cedar Hills Planning Commission took action on Tuesday to recommend adding a new paragraph to the current City Code describing how to measure the required 30 percent grade for building.

The code was made to stop developments from inching up toward dangerous ground and onto areas that may be affected by the landslide.

READ MORE

MORE INFO

Big and Little Cottonwood Canyons contain some of the most dramatic glacial scenery in the Wasatch Range. This article highlights some of the numerous and varied glacial features in both canyons.

Geologic Information: The Cottonwood Canyons and many of their tributaries and high-elevation basins were filled with hundreds of feet of glacial ice between 30,000 and 10,000 years ago.

The Little Cottonwood Canyon glacier reached beyond the mouth of the canyon and extended into Lake Bonneville, calving ice bergs into the Ice Age lake. The Big Cottonwood Canyon glacier, however, advanced only about 5 miles down its canyon. Presumably this was due to less snow accumulation in Big Cottonwood’s catchment area.

Valley (alpine) glaciers originate at the head of valleys in high mountain ranges and then flow down preexisting stream valleys. They erode and transport considerable amounts of rock debris, enabling them to significantly modify the landscape. Many distinctive erosional and depositional landforms result; however, this article addresses only the more prominent local features. Beautiful granitic rock that has been sculpted by glacial ice in both canyons enhances the spectacular rugged, mountainous scenery.

Erosional Landforms and Features: Glaciers pluck and abrade a staggering amount of rock from the canyon walls and floors, which is then carried along with the moving ice. Thus, the hefty mass of rock material and ice perform some serious erosion. The valley bottom and walls are scoured vigorously, creating a deeper and much wider U-shaped canyon—one of the most distinctive valley glacial features.

READ MORE

deseretnews.com

Fossil remains of an athletic sauropod with a potentially mighty kick found in eastern Utah offer a rare bounty of clues into how four-legged herbivores thrived, according to a new study of the discovery.

The results, published this week in the British journal Acta Palaeontologica Polonica, show that an unusually large hip bone compared to other sauropods could mean that the Brontomerus Mcintoshi had powerful hind legs to kick away predators, such as raptors.

“This is a very exciting discovery, because a majority of sauropods were known to have lived during the Jurassic period, but these fossils show us that they lived well into the early Cretacious period,” said Mathew Wedel, an assistant professor of anatomy at the Western University of Health Sciences in Pomona, Calif.

The fossils were excavated by American scientists in the mid-1990s.

READ MORE

*correction: Jim Kirkland is the state paleontologist for the Utah Geological Survey.

RELATED LINKS
sltrib.com